Re: How to make MMS in your kitchen using Sodium Chloride

[Guest guest]

Deborah This page should answer any questions, hopefully.http://keavyscorner.com/mmsinstructions.htmlMIXING CHART FOR 22.4% SODIUM CHLORITE SOLUTION(MMS, 28% Solution)There will be some loss due to removing any sediment.Instructions, weights and measures apply to80% Technical Grade Sodium Chlorite Powderand Flakes.METRIC MEASUREMENTS Ingredients Resulting SolutionSodium ChloriteDistilled Water (by weight)(by volume)42.7 grams109.8 grams152.5 grams125 ml85.4 grams219.6 grams305 grams250 ml170.8 grams439.2 grams610 grams500 ml341.6 grams878.4 grams1220 grams1 literSTANDARD ENGLISH MEASUREMENTS Ingredients Resulting SolutionSodium ChloriteDistilled Water (by weight)(by volume)1.51 ounces3.87 ounces5.38 ounces4.23 fl oz3.02 ounces7.74 ounces10.76 ounces8. 45 fl oz6.04 ounces15.48 ounces21.52 ounces16.90 fl oz12.08 ounces30.96 ounces43.04 ounces33.8 fl oz >> Blessings,> I was listening to a recent interview of Jim Humble, and he mentioned that he was going to tell people how to make MMS in their own kitchens using basic sodium chloride.> > Are these directions posted anywhere? I am on his email newsletter list, and cannot find the directions in any of his newsletters.> > Thanks,> Deborah>

[Guest guest]

http://keavyscorner.com/mmsinstructions.htmlMAKING MMSMMS is actually a 22.4% Sodium Chlorite SolutionThe 28% MMS Formula is in fact a 22.4% Sodium Chlorite Solution. This is due to the fact that 28% of the total solution is Sodium Chlorite Powderby weight. The original Formula was created using 80% sodium chlorite powder.When 80% Sodium Chlorite powder is used to make the MMS, the resulting amount of actual sodium chlorite in the solution is 22.4%. The water weightis 72%, and the remaining 5.6% is mostly common salt, (used as a stabilizer),and small amounts of other stabilizers and inert ingredients.Therefore when one makes MMS, the actual goal is 22.4% Sodium Chlorite by weight in solution.VarianceVariance between batches often occurs in the case of home madesodium chlorite solutions and many sites that sell it. There are two primary reasons for this:In many cases the manufacturer of the MMS does not have a certificate of analysison their raw sodium chlorite powder or flake. The fact is in most cases 80%Sodium Chlorite is usually higher than 80%, by as much as a few percent. Each percentage point is 10,000 parts per million which is pretty substantial. The other reason is poor math skills, or misinformation from another source. Preparation and MixingMake sure your work area is clean, and clear. You should have your scales, bowls ,and utensils cleaned and rinsed with distilled water. Leave the Sodium Chlorite powder sealed until you weigh it, and seal it back up as soon as you are done. Weigh your water according to the chart below for the amount you want. The water may be warmed to 110 degrees for easier solubility, but room temperature is fine.After weighing the water add it to your bowl or mixing vessel. Weigh out your Sodium Chlorite Powder. After you have the right weight, close the lid on the Sodium Chlorite Powder that is left to avoid contamination, and light exposure. Slowly add the sodium chlorite powder to the water, stir until completely dissolved. The mixture may appear cloudy at first, this is normal, and it should clear up, by the time it is all dissolved. Your final solution should be clear.Cover the MMS solution and place in a dark place, allow it to sit for at least 6 hours.You will see some sediment at the bottom in most cases, this is normal. There mayalso be an oily film on the top, depending on the inert ingredients in the Sodiumchlorite.We want to skim the film off as best we can, and then draw, or pour off the MMS without getting sediment. At this point, it is ready to filter.Filtering is an optional step, if the instructions above are followed, the MMS is readyfor use. For the manufacturer, filtering provides a stable solution that will notprecipitate sediment with shelf time.While any sediment that forms can be re-dissolved without issue, it can generate calls from concerned customers, wasting time and resources. A 1 micron screen system with made non organic materials is perfect, and will stop most sediment issues. DO NOT USE WHITE COFFE FILTERS. Many contain acid, and can actually degrade the MMS over time. StorageSodium Chlorite Powder should be stored in a cool place, without temperature extremes. Kept properly, it has a shelf life of 20 years or more. MMS has otherconcerns.The standard packaging for MMS is 4oz PET bottles, usually blue or green. This packaging is ok, but for long term bulk storage, I would recommend HDPEor Amber Glass Bottles.MMS should be kept in a dark cupboard or storage site, until it is ready for use. Exposure to sunlight should be avoided, as well as temperature extremes. The shelf life if properly stored should is at least 5 years> >> > Blessings,> > I was listening to a recent interview of Jim Humble, and he mentioned> that he was going to tell people how to make MMS in their own kitchens> using basic sodium chloride.> >> > Are these directions posted anywhere? I am on his email newsletter> list, and cannot find the directions in any of his newsletters.> >> > Thanks,> > Deborah> >>

[Guest guest]

Deborah If wanting to make sodium chlorite from sodium chloride it is possible,

here is the instructions.

How to Make Sodium Chlorite

By an eHow Contributor

http://www.ehow.com/how_5188671_make-sodium-chlorite.html

Sodium chlorite is used commercially to bleach fabrics and paper and to purify

and disinfect municipal water. Homeowners use sodium chlorite as an anti-fouling

agent for water and a precursor for other flammable or explosive chemicals.

There are many different ways to make sodium chlorite. Commercially, chlorine

dioxide is added to sodium hydroxide and hydrogen peroxide. For the home

chemist, table salt is added to water for a saturated solution, then electricity

is applied to bond the O2 from the water to the salt. Some people like to add

battery acid or another caustic agent to speed up the process, however, this can

result in an unstable, explosive solution.

Difficulty: Moderately Challenging

Instructions

Things You'll Need:

Safety goggles

Gloves

Glass beaker or heatproof wide-mouthed jar

1/2 cup of table salt

3 quarts of water

Heat source

9-volt battery or solar panel with voltage greater than 1.5 volts

2 pieces of electrical wire approximately 12 inches long with attached alligator

clips at each end

2 #2 pencils with erasers and metal holders removed

Pencil sharpener

Piece of cardboard that fits over the mouth of the jar

Electrical tape

Sharp knife

Coffee filter

Funnel

Heatproof plastic container

Wire rack

Making Sodium Chlorite

1

Pour 3 quarts of water into a wide-mouthed, heatproof glass jar or glass beaker

and heat to just under boiling.

2

Add the 1/2 cup of salt to the water; continue heating the mixture until the

salt is completely dissolved. Remove from heat when the salt is dissolved.

3

Sharpen both ends of the pencils until you have at least 1 inch of exposed lead

on both ends.

4

Attach the wires to one end of each pencil with the alligator clip. Make sure

the clip is only gripping lead.

5

Tape the cardboard to the mouth of the glass jar or beaker.

6

Punch holes in the cardboard an inch in from the sides of the jar. Insert the

ends of the pencils without the alligator clips into the holes and push into the

jar until the exposed lead is submerged in the salt/water mixture.

7

Attach one alligator clip to the negative terminal and the other alligator clip

to the positive terminal of the battery or the solar panel. This provides the

electrolysis which turns the NaCl to NaclO2. Wait at least 16 hours before

disconnecting the electrolysis.

8

Disconnect the alligator clips from both the battery or solar panel and the

pencils. Remove the pencils and cardboard from the glass jars.

9

Line the funnel with a coffee filter and place in the plastic container. Pour

the salt/water mix through the coffer filter-lined funnel. The sodium chlorite

will be caught by the coffee filter.

10

Remove the coffee filter from the funnel and gently place on a wire drying rack

with the side that had the salt/water mix poured on it up.

11

As the coffee filter drys, sodium chlorite crystals form. You can gently scrape

the crystals from the coffee filter into a storage container.

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Tips & Warnings

You can speed up the electrolysis process by keeping the salt/water mix warm.

Read more: How to Make Sodium Chlorite | eHow.com

http://www.ehow.com/how_5188671_make-sodium-chlorite.html#ixzz16dW0b4XM

--- In , " neveshalom " <neveshalom@...>

wrote:

>

> Blessings,

> I was listening to a recent interview of Jim Humble, and he mentioned that he

was going to tell people how to make MMS in their own kitchens using basic

sodium chloride.

>

> Are these directions posted anywhere? I am on his email newsletter list, and

cannot find the directions in any of his newsletters.

>

> Thanks,

> Deborah

>